Introduction to Using Ansys program _ Module 1
مقدمة في استخدام برنامج ANSYS
Module 1 : Fundamentals of Computational Fluid Dynamics (CFD) & Finite element Methods (FEA) Using ANSYS for Beginners
- Rating
- 5.0
- Level
- Beginner
- Length
- 1h 56m
- Lessons
- 7
- Taught in
- Arabic
What you’ll learn
- Explore the Workspace: Gain a comprehensive understanding of the ANSYS Workbench interface and how to create and manage engineering systems
- Understand Workbench Capabilities: Master linking different engineering components and tracking data flow across simulation stages
- Master Simulation Essentials: Learn the correct methodological steps to initiate any simulation project within the software
- Apply Basic Boundary Conditions: Understand how to input parameters and perform initial setups for engineering models
- Prepare for Advanced Analyses: Build a solid foundation that qualifies learners to confidently transition to subsequent modeling and meshing modules
About this course
This course provides a comprehensive introduction to both Computational Fluid Dynamics (CFD) and Finite Element Analysis (FEA), focusing on the theoretical foundations and practical implementation within the ANSYS environment.
It is designed as a foundational step for engineers who aim to understand how fluid flow, heat transfer, structural behavior, stress distribution, deformation, and related physical phenomena are numerically modeled and analyzed using advanced engineering simulation tools.
The course covers the essential principles of CFD and FEA, including governing equations, numerical discretization methods, meshing strategies, boundary condition setup, solver workflows, and post-processing techniques. It also demonstrates how these engineering concepts are practically applied through ANSYS modules for simulation-driven design and analysis.
For CFD, the course introduces fluid mechanics fundamentals, heat transfer mechanisms, turbulence concepts, and flow visualization techniques. For FEA, it covers structural mechanics fundamentals including stress-strain relationships, material properties, deformation behavior, static structural analysis, and basic fatigue concepts.
What will students learn in this training path?
1. Understand the fundamental principles of Computational Fluid Dynamics (CFD) and Finite Element Analysis (FEA) 2. Learn the governing equations of fluid flow, heat transfer, and structural mechanics 3. Understand numerical methods and discretization concepts used in engineering simulations 4. Perform basic CFD simulations for fluid flow and heat transfer applications 5. Develop problem-solving skills for real industrial engineering applications using simulation technologies
MODULE 1: This is an entry-level course intended to prepare learners for advanced and specialized simulation courses that will later address complex fluid flow problems, turbulence modeling, multiphase flow, fluid-structure interaction (FSI), thermal analysis, nonlinear structural analysis, dynamic simulations, fatigue assessment, and optimization methodologies used in real industrial engineering applications.
Course content
1 section · 7 lessons · 1h 56mAnsys Workbench
7 lessons · 1h 56m- 011 - Workbench capabilities _ Part one 23 minIn trial
- 022 _ Workbench capabilities _ Part two2 minIn trial
- 033 _ Workbench capabilities _ Part three14 minIn trial
- 044 _ Simulation essentials _ Part 125 min
- 055 _ Simulation essentials _Part 220 min
- 066 _ Simulation essentials Part 314 min
- 077 _ simulation essentials _ Part 418 min
Earn a certificate
Finish every lesson to earn a LearnU certificate with your name, ready to download and share on LinkedIn.
Included with the membership and with this course